Designed for next-generation AI infrastructures and GPU clusters, this MMS4A00 compatible transceiver delivers a massive 1.6Tb/s aggregate bandwidth via a Twin-Port OSFP form factor. It ensures seamless, high-density integration with NVIDIA Quantum-X800 switching platforms and XDR InfiniBand fabrics over single-mode fiber up to 500m.
Item No :
MMS4A00Order(MOQ) :
1Product Origin :
Varies by product model (Specific dispatch location will be confirmed upon inquiry).Lead Time :
Standard items: 5-7 working days; Rare/Scarce items: Subject to negotiation.Warranty :
Original Brand: 1-Year Warranty; OEM/Compatible Solutions: 3-Year Warranty.Max Distance :
Up to 500 metersWavelength :
1310nmThe NVIDIA MMS4A00 is a next-generation 1.6Tb/s optical transceiver engineered for ultra-high-speed AI, HPC, and next-generation cloud data center networks, enabling exceptional port density and scalability.
Core Value Proposition: Fully optimized for NVIDIA Quantum-X800 switching platforms and XDR InfiniBand fabrics, this module utilizes advanced 200G PAM4 signaling technology over single-mode fiber (SMF) up to 500 meters. It represents the pinnacle of throughput efficiency for large-scale GPU clusters and deep learning workloads.
Purpose-built for next-generation XDR InfiniBand networks, providing the ultra-low latency and multi-terabit bandwidth required to prevent networking bottlenecks in high-density AI systems.
Delivers high-frequency packet processing metrics vital for deep learning tasks, distributed AI model training, and heavy machine learning workloads across thousands of clustered nodes.
Enables seamless, high-density optical paths for NVIDIA Quantum-X800 switching platforms, maximizing bandwidth capacity while minimizing physical rack footprint constraints.
Utilizing cutting-edge electrical interfaces with 8 × 200G PAM4 lanes, this module ensures exceptional signal profiles, maintaining tight error-free thresholds under massive data stress.
The innovative Twin-Port OSFP design integrates dual 800G DR4 optical interfaces into a single hot-pluggable module, effectively doubling the aggregated link throughput to a massive 1600Gbps per port.
Equipped with high-performance 1310nm EML lasers, it achieves reliable long-haul data parallel single-mode fiber links up to 500 meters, optimal for modern computing architectures.
Features full compliance with CMIS 4.0 management specifications, providing simplified monitoring and comprehensive internal digital telemetry for low-latency operational control.
| Hardware Metric | Factory Specification Details |
|---|---|
| Model Number | NVIDIA MMS4A00 |
| Form Factor | Twin-Port OSFP |
| Data Rate | 1600Gbps (1.6Tbps) Aggregate Bandwidth |
| Protocol Support | XDR 800Gb/s InfiniBand Fabrics |
| Electrical Interface | 8 × 200G PAM4 Lanes |
| Optical Interface | 2 × DR4 Parallel Optics (2 × 800G Modes) |
| Wavelength | 1310nm High-Speed EML Laser Technology |
| Fiber Type | Single-Mode Fiber (SMF Asset) |
| Optical Connector | 2 × MPO-12/APC Female Receptacles |
| Maximum Reach | Up to 500 meters over Parallel Single-Mode Fiber |
| Management & Features | CMIS 4.0 Support / Hot-pluggable Functionality / Low-latency Operation |
Our high-density 1.6T optical modules undergo rigorous live-port telemetry testing to guarantee absolute zero-jitter performance profiles before datacenter cluster scaling.
By deploying premium multi-vendor compatible transceivers, datacenter operators can optimize overall optical capital expenditures without compromising link safety or compute reliability. Keep packet switching fabrics running at peak scale with elite enterprise engineering.
Ready to benchmark 1.6T link availability thresholds? Contact our engineering division for detailed validation logs, volume commercial discount options, or specific trial evaluation allocations.
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